Science May Be Catching Up with Claims about Anti-Aging Creams

Is science catching up with the hype about anti-aging skin creams and the claims of restorative benefits?

Maybe. Recent research has moved scientists closer to understanding mechanisms of aging, including aging of skin, and the impact different substances have on cells and cellular processes.

However, more clinical, evidence-based studies of active ingredients in ointments and lotions are needed before physicians can declare what truly works in healing – and possibly reversing – skin damage caused by aging and sunlight.

Authors of a May 2017 article in the journal Cosmetics report that topical application of creams containing peptides appears to reduce wrinkles, improve skin volume and density, and increase overall skin tone. Peptides play key roles in natural processes like protein regulation, cell communication, blood-vessel development and immunity. They are advertised ingredients in some skin-care products.

In the same article, however, these researchers admit “a lot of additional work” is still required to understand the benefits and mode of action of the various peptides in commercial “anti-aging” formulations.

There’s no guarantee that over-the-counter cosmetic creams and lotions will repair skin and offer the long-term restorative effects that a patient seeks. Many commercial products fail to penetrate the top layer of skin. The Food and Drug Administration classifies these products as “cosmetics,” with no medical value.

But, what if a longevity pill, potion or lotion could be developed?

A possible breakthrough study, published in the March 2017 issue of the journal Science, identified a natural metabolite, NAD+, which is inside all cells and plays a key role in regulating proteins that control the repair of DNA. A compound boosting the activity of this metabolite can eliminate impairments in aging mice by returning their muscle function and tone to more youthful levels. The finding, the authors say, could lead to development of potent drugs that reverse deterioration of muscles, skin and other bodily organs due to aging.

A June 2017 study suggests that the skin’s outer layer, which protects underlying tissue from toxic bacteria and environmental pollutants – its “wettability” — can be repaired and enhanced with topical use of surfactants commonly found in shampoos, soaps, even shaving cream.

Previous research also has shown that:

Allantoin, an ingredient in many anti-aging creams, mimics the beneficial effects of a calorie-restricted diet and can potentially slow the aging process.

An extract from popular tree buds demonstrates antioxidant activity and has anti-aging effects on cells in the laboratory.